Sökning: "Hi-C"
Visar resultat 1 - 5 av 6 avhandlingar innehållade ordet Hi-C.
1. Exploring the multiscale 3D architecture of human chromosome contact networks
Sammanfattning : Cells regulate genes to coordinate essential functions allowing cells to grow, divide, specialize, and respond to stresses. While regulatory proteins are the most common way to control these genes, the DNA’s 3D structure also plays a critical role as it affects how proteins access genes and how regulatory DNA elements interact over large genomic distances. LÄS MER
2. Towards understanding of complex disease etiology using sequence Capture Hi-C (HiCap) and associated high throughput functional assays
Sammanfattning : A human genome laid out in a straight line would measure 2m from end to end, but in living cells it is folded into a compact structure contained in a nuclear space with a diameter of 2µm. This compact genome is hierarchically organized and spatiotemporally regulates distinct cellular gene expression mechanisms via promoter - enhancer chromatin loops. LÄS MER
3. Global regulation of gene expression in stem cells and regeneration
Sammanfattning : Rapid developments in genomics and transcriptomics fields have made it possible to ask new questions as well as solve various old problems in biology that were not achievable previously. Novel techniques such as RNA sequencing and Hi-C became available at the time I started my PhD. LÄS MER
4. Methods development for the investigation of the mammalian genome radial architecture : the quantitative side
Sammanfattning : The nucleus of mammalian cells cradles the genome, an ensemble of nucleic acid macromolecular polymers that store information in a physical form. For a cell to perform life-sustaining processes, reading and utilizing the information encoded in the genome monomers’ sequence is necessary. LÄS MER
5. Developing and democratizing tools for spatially resolved profiling of genome and transcriptome
Sammanfattning : The common thread of the work presented in this thesis is the development and democratization of tools that facilitate the spatial profiling of genome and transcriptome. Paper I describes iFISH, a resource that facilitates the large-scale design and costeffective, flexible production of probes for DNA FISH. LÄS MER